HYPERSOL 610-635W 132
HC CELL
HYPERSOL G12R module series showcases advanced N-type technology, offering enhanced performance with improved bifaciality (up to 80%), a superior temperature coefficient (-0.30%/°C), 30 years of performance warranty.
MAXIMUM EFFICIENCY % 23.51
CELLS (HALF CUT) G12R 132
PRODUCT WARRANTY12 YEARS
PERFORMANCE WARRANTY 30 YEARS
FEATURES
VERSATILE MARKET TARGETING
Tailored for both residential and utility-scale markets, offering specialized modules to meet diverse project needs
Designed for commercial, industrial, and utility-scale deployments offer power outputs reaching up to 635W with efficiencies as high as 23.49% ⌀ 40mm hail test passed from third party laboratory
OPTIMIZED DIMENSIONAL ARCHITECTURE
The increased module size to 2384x1134mm for C&I and utility-scale projects enhances overall efficiency and maximizes space utilization, enabling developers to achieve higher energy density with fewer modules
LOWER LCOE
The new generation G12R modules offer a more cost-effective solution for solar developers, contributing to higher project profitability
SIGNIFICANT BOS SAVINGS
The higher string power reduces the need for PV cables and mounting systems, shortening installation time and lowering overall BOS costs
SIGNIFICANT REDUCTION IN SHIPPING COSTS
The innovative design enables an 8% increase in boxed wattage, resulting a significant savings in overall kWh costs, offering a refined and cost-effective solar solution for large-scale solar projects, optimizing both logistics and energy production costs
Streamlined installation process due to higher string power, accelerating project timelines and returns on investment
TYPICAL I-V CURVES
FAQs
What are the key features of a 610W to 635W 132 half-cell solar module?
+The 610W to 635W 132 half-cell solar module is engineered for high energy generation and superior reliability. It features advanced N-type cell technology, bifacial capability, high module efficiency, and low degradation rates. The module is designed to deliver excellent performance in utility-scale and commercial solar projects while optimizing land and installation efficiency.
How does N-type technology improve the performance of high-wattage solar panels?
+N-type technology enhances solar panel performance by reducing power degradation, improving temperature resistance, and increasing energy yield. It offers better long-term reliability and maintains higher efficiency over the module’s operational life.
What is the benefit of up to 80% bifaciality in a solar module?
+Up to 80% bifaciality enables the module to capture reflected sunlight from the rear side, significantly increasing total power generation. This helps improve energy yield and enhances the return on investment for solar projects.
How does a superior temperature coefficient improve solar panel efficiency?
+A superior temperature coefficient allows the solar panel to maintain stable energy production even in high-temperature environments. This results in better efficiency and consistent performance in hot climatic conditions.
What is the maximum efficiency of a 610W to 635W solar panel?
+The 610W to 635W solar panel offers a maximum efficiency of up to 23.5%, enabling higher energy generation and improved space utilization for large-scale installations.
Is a 610W to 635W 132 half-cell solar panel suitable for utility-scale projects?
+Yes, these high-power 132 half-cell solar panels are ideal for utility-scale projects due to their high energy output, superior efficiency, reduced BOS costs, and long-term reliability.
What warranty is offered on 610W to 635W high-efficiency solar modules?
+These high-efficiency solar modules are backed by robust product and performance warranties, ensuring dependable operation, durability, and long-term power generation.
How do bifacial solar panels increase overall energy generation?
+Bifacial solar panels generate electricity from both the front and rear sides by utilizing reflected sunlight from surrounding surfaces. This increases overall energy generation and improves system performance.
Can high-power 132 half-cell modules reduce installation and BOS costs?
+Yes, high-power 132 half-cell modules can reduce installation and balance of system (BOS) costs by minimizing the number of modules, mounting structures, cables, and installation efforts required.
Why choose a 610W to 635W N-type bifacial solar panel for large projects?
+These solar panels are ideal for large-scale projects because they offer higher efficiency, increased energy yield, lower degradation, enhanced durability, and optimized project economics for utility and commercial applications.
